Mino Series Two/Four Shaft Shredders

Slow speed, high torque operation

The slow speed, high torque operation minimizes noise and power consumption whilst achieving high throughput rates. These machines are particularly well suited for the size reduction of bulky or voluminous materials which could include contamination such as metal or stones. Can be offered with pushing rams for bulky light material or rotating sorting screens to provide uniform shred and recirculate large scrap back into the shredding system.

Synth Series Raspers

E-waste/WEEE Single Shaft Shredder

The Synth Raspers are advanced, heavy duty size reducers combining the benefits of both granulators and single shaft shredders in one unit. These machines operate at medium speed with high torque. This in turn results in minimum levels of fines and also uniform product size. The machines are suitable for plastics processing and more commonly rubber products where there is metal contamination i.e. tires. We offer two different rotor configurations to suit the various applications. The serrated edged blade is an aggressive cut which is well suited to secondary processing of tires to free tire steel. The more conventional straight edge blade is ideal for crumbing rubber, cable granulation and secondary processing of pre-shredded E-waste/WEEE i.e. circuit boards etc.

OZMA Vertical Hammer Shredders

WEEE, Al Cast, ASR, ELV, SLF

The OZMA Vertical Hammer style shredders are mainly applied in applications where further processing is required from pre-shredded metal scrap from a slow speed, high torque two shaft shredding system. These machines aggressively size reduce and densify pre-shredded material whilst liberating the various different fractions and allow for better downstream separation and reduced transport costs, The breakers or smasher in the upper part of the chamber break apart the material until it is small enough to enter the gap between the milling rings and chamber liners. When the material enters the second stage, the milling rings impact, grind and roll the material into clean fragments. When crushed into small enough pieces, the balled up material falls into the lower chamber. It is then ejected by the discharge paddle. The three stages above create a product that is both clean and high in bulk density suitable for transportation